Posts Tagged 'Scaling'

Forester defines big data as "techniques and technologies that make capturing value from data at an extreme scale economical." Gartner says, "Big data is the term adopted by the market to describe extreme information management and processing issues which exceed the capability of traditional information technology along one or multiple dimensions to support the use of the information assets." Big data demands extreme horizontal scale that traditional IT management can't handle, and it's not a challenge exclusive to the Facebooks, Twitters and Tumblrs of the world ... Just look at the Google search volume for "big data" over the past eight years:

Developers are collectively facing information overload. As storage has become more and more affordable, it's easier to justify collecting and saving more data. Users are more comfortable with creating and sharing content, and we're able to track, log and index metrics and activity that previously would have been deleted in consideration of space restraints or cost. As the information age progresses, we are collecting more and more data at an ever-accelerating pace, and we're sharing that data at an incredible rate.

To understand the different facets of this increased usage and demand, Gartner came up with the three V's of big data that vary significantly from traditional data requirements: Volume, Velocity and Variety. Larger, more abundant pieces of data ("Volume") are coming at a much faster speed ("Velocity") in formats like media and walls of text that don't easily fit into a column-and-row database structure ("Variety"). Given those equally important factors, many of the biggest players in the IT world have been hard at work to create solutions that provide the scale and speed developers need when they build social, analytics, gaming, financial or medical apps with large data sets.

When we talk about scaling databases here, we're talking about scaling horizontally across multiple servers rather than scaling vertically by upgrading a single server — adding more RAM, increasing HDD capacity, etc. It's important to make that distinction because it leads to a unique challenge shared by all distributed computer systems: The CAP Theorem. According to the CAP theorem, a distributed storage system must choose to sacrifice either consistency (that everyone sees the same data) or availability (that you can always read/write) while having partition tolerance (where the system continues to operate despite arbitrary message loss or failure of part of the system occurs).

Let's take a look at a few of the most common database models, what their strengths are, and how they handle the CAP theorem compromise of consistency v. availability:

Relational Databases

What They Do: Stores data in rows/columns. Parent-child records can be joined remotely on the server. Provides speed over scale. Some capacity for vertical scaling, poor capacity for horizontal scaling. This type of database is where most people start.Horizontal Scaling: In a relational database system, horizontal scaling is possible via replication — dharing data between redundant nodes to ensure consistency — and some people have success sharding — horizontal partitioning of data — but those techniques add a lot of complexity.CAP Balance: Prefer consistency over availability.When to use: When you have highly structured data, and you know what you'll be storing. Great when production queries will be predictable.Example Products:Oracle, SQLite, PostgreSQL, MySQL

Document-Oriented Databases

What They Do: Stores data in documents. Parent-child records can be stored in the same document and returned in a single fetch operation with no join. The server is aware of the fields stored within a document, can query on them, and return their properties selectively.Horizontal Scaling: Horizontal scaling is provided via replication, or replication + sharding. Document-oriented databases also usually support relatively low-performance MapReduce for ad-hoc querying.CAP Balance: Generally prefer consistency over availabilityWhen to Use: When your concept of a "record" has relatively bounded growth, and can store all of its related properties in a single doc.Example Products:MongoDB, CouchDB, BigCouch, Cloudant

Key-Value Stores

What They Do: Stores an arbitrary value at a key. Most can perform simple operations on a single value. Typically, each property of a record must be fetched in multiple trips, with Redis being an exception. Very simple, and very fast.Horizontal Scaling: Horizontal scale is provided via sharding.CAP Balance: Generally prefer consistency over availability.When to Use: Very simple schemas, caching of upstream query results, or extreme speed scenarios (like real-time counters)Example Products:CouchBase, Redis, PostgreSQL HStore, LevelDB

BigTable-Inspired Databases

What They Do: Data put into column-oriented stores inspired by Google's BigTable paper. It has tunable CAP parameters, and can be adjusted to prefer either consistency or availability. Both are sort of operationally intensive.Horizontal Scaling: Good speed and very wide horizontal scale capabilities.CAP Balance: Prefer consistency over availabilityWhen to Use: When you need consistency and write performance that scales past the capabilities of a single machine. Hbase in particular has been used with around 1,000 nodes in production.Example Products:Hbase, Cassandra (inspired by both BigTable and Dynamo)

Dynamo-Inspired Databases

What They Do: Distributed key/value stores inspired by Amazon's Dynamo paper. A key written to a dynamo ring is persisted in several nodes at once before a successful write is reported. Riak also provides a native MapReduce implementation.Horizontal Scaling: Dynamo-inspired databases usually provide for the best scale and extremely strong data durability.CAP Balance: Prefer availability over consistency,When to Use: When the system must always be available for writes and effectively cannot lose data.Example Products:Cassandra, Riak, BigCouch

Each of the database models has strengths and weaknesses, and there are huge communities that support each of the open source examples I gave in each model. If your database is a bottleneck or you're not getting the flexibility and scalability you need to handle your application's volume, velocity and variety of data, start looking at some of these "big data" solutions.

Tried any of the above models and have feedback that differs from ours? Leave a comment below and tell us about it!

In one day, Facebook's databases ingest more than 500 terabytes of data, Twitter processes 500 million Tweets and Tumblr users publish more than 75 million posts. With such an unprecedented volume of information, developers face significant challenges when it comes to building an application's architecture and choosing its infrastructure. As a result, demand has exploded for "big data" solutions — resources that make it possible to process, store, analyze, search and deliver data from large, complex data sets. In light of that demand, SoftLayer has been working in strategic partnership with 10gen — the creators of MongoDB — to develop a high-performance, on-demand, big data solution. Today, we're excited to announce the launch of specialized MongoDB servers at SoftLayer.

If you've configured an infrastructure to accommodate big data, you know how much of a pain it can be: You choose your hardware, you configure it to run NoSQL, you install an open source NoSQL project that you think will meet your needs, and you keep tweaking your environment to optimize its performance. Assuming you have the resources (and patience) to get everything running efficiently, you'll wind up with the horizontally scalable database infrastructure you need to handle the volume of content you and your users create and consume. SoftLayer and 10gen are making that process a whole lot easier.

Our new MongoDB solutions take the time and guesswork out of configuring a big data environment. We give you an easy-to-use system for designing and ordering everything you need. You can start with a single server or roll out multiple servers in a single replica set across multiple data centers, and in under two hours, an optimized MongoDB environment is provisioned and ready to be used. I stress that it's an "optimized" environment because that's been our key focus. We collaborated with 10gen engineers on hardware and software configurations that provide the most robust performance for MongoDB, and we incorporated many of their MongoDB best practices. The resulting "engineered servers" are big data powerhouses:

From each engineered server base configuration, you can customize your MongoDB server to meet your application's needs, and as you choose your upgrades from the base configuration, you'll see the thresholds at which you should consider upgrading other components. As your data set's size and the number of indexes in your database increase, you'll need additional RAM, CPU, and storage resources, but you won't need them in the same proportions — certain components become bottlenecks before others. Sure, you could upgrade all of the components in a given database server at the same rate, but if, say, you update everything when you only need to upgrade RAM, you'd be adding (and paying for) unnecessary CPU and storage capacity.

Using our new Solution Designer, it's very easy to graphically design a complex multi-site replica set. Once you finalize your locations and server configurations, you'll click "Order," and our automated provisioning system will kick into high gear. It deploys your server hardware, installs CentOS (with OS optimizations to provide MongoDB performance enhancements), installs MongoDB, installs MMS (MongoDB Monitoring Service) and configures the network connection on each server to cluster it with the other servers in your environment. A process that may have taken days of work and months of tweaking is completed in less than four hours. And because everything is standardized and automated, you run much less risk of human error.

One of the other massive benefits of working so closely with 10gen is that we've been able to integrate 10gen's MongoDB Cloud Subscriptions into our offering. Customers who opt for a MongoDB Cloud Subscription get additional MongoDB features (like SSL and SNMP support) and support direct from the MongoDB authority. As an added bonus, since the 10gen team has an intimate understanding of the SoftLayer environment, they'll be able to provide even better support to SoftLayer customers!

You shouldn't have to sacrifice agility for performance, and you shouldn't have to sacrifice performance for agility. Most of the "big data" offerings in the market today are built on virtual servers that can be provisioned quickly but offer meager performance levels relative to running the same database on bare metal infrastructure. To get the performance benefits of dedicated hardware, many users have chosen to build, roll out and tweak their own configurations. With our MongoDB offering, you get the on-demand availability and flexibility of a cloud infrastructure with the raw power and full control of dedicated hardware.

If you've been toying with the idea of rolling out your own big data infrastructure, life just got a lot better for you.

Citrix Synergy 2012 took over San Francisco this week. Because Citrix is one of SoftLayer's technology partners, you know we were in the house, and I thought I'd share a few SoftLayer-specific highlights from the conference.

Before I get too far, I should probably back up give you a little context for what the show is all about if you aren't familiar with it. In his opening keynote, Citrix CEO Mark Templeton explained:

"We call it 'Citrix Synergy,' but really it's 'Synergy' because this is an event that's coordinated by us across a hundred sponsors, our ecosystem partners, companies in the industry that we work together with to bring you an amazing set of solutions around cloud, virtualization, networking and mobility."

Given how broad of a spectrum those areas of technology represent, the short four-day agenda was jam-packed with informational sessions, workshops, demos and conversations. It goes without saying that SoftLayer had to be in the mix in a BIG WAY. We had a booth on the expo hall floor, I was lined up to lead a breakout session about how business can "learn how to build private clouds in the cloud," and we were the proud presenting sponsor of the huge Synergy Party on Thursday night.

Our partnership with Citrix is unique. We incorporate Citrix NetScaler and Citrix XenServer as part of our service offerings. Plus, Citrix is also a SoftLayer customer, using SoftLayer infrastructure to offer a hosted desktop solution. Designed and architected from the ground up to run in the cloud, the Citrix Virtual Demo Center provides a dashboard interface for managing Citrix XenDesktop demo environments that are provisioned on-demand using SoftLayer's infrastructure.

My biggest thrill at the conference came when I was asked to speak and share a little of our expertise in a keynote address on simplifying cloud networking. I like to tell people I have a great face for radio, but that didn't keep me off the stage. The hall was packed to capacity and after defeating a few "demo gremlins," I got to show off how easy SoftLayer makes it for our customers to take advantage of amazing products like Citrix Netscaler VPX:

In my "Learn How to Build Private Clouds in the Cloud" breakout session, I had a little more time to speak to the larger question of how SoftLayer is approaching the shift to cloud-specific architectures and share some best practices in moving to a private cloud. Private clouds are a great way to provide real-time service delivery of IT resources with a single-tenant, customized, secure environment. However, the challenge of scaling and managing physical resources still exists, so I tried to explain how businesses can leverage an Infrastructure-as-a-Service provider to add scalability to a private cloud environment.

Thanks to SynergyTV, that presentation has been made available for all to see:

As I joked at the beginning of the breakout session, an attendee at Citrix Synergy was probably bombarded by "the cloud" in presentations and conversations at the show. While it's important to demystify the key terms we use on a daily basis, a few straight days of keynotes and breakout sessions about the cloud can get you thinking, "All work and no play makes Jack a dull boy." Beyond our capabilities as a cloud infrastructure provider, SoftLayer knows how to have a good time, so after we took care of the "work" stuff in the sessions above, we did our best to help provide a little "play" as well. This year, we were the proud sponsor of the Synergy Party, featuring Lifehouse!

SoftLayer's goal is to provide unparalleled value to the customers who entrust their business-critical computing to us — whether via dedicated hosting, managed hosting, cloud computing or a hybrid environment of all three. We provide the best platform on the market, delivering convenience, ease of use, compelling return on investment (ROI), significant competitive advantage, and consistency in a world where the only real constant seems to be change.

That value proposition is one of the biggest driving forces behind our partnership with RightScale. We're cloud computing soul mates.

RightScale understands the power of automation, and as a result, they've created a cloud management platform that they like to say delivers "abstraction with complete customization." RightScale customers can easily deploy and manage applications across public, private and hybrid cloud environments, unencumbered by the underlying details. They are free to run efficient, scalable, highly available applications with visibility into and control over their computing resources available in one place.

As you know, SoftLayer is fueled by automation as well, and it's one of our primary differentiators. We're able to deliver a phenomenal customer experience because every aspect of our platform is fully and seamlessly automated to accelerate provisioning, mitigate human error and provide customers with access and features that our competitors can only dream of. Our customers get simple and total control over an ever-expanding number of back-end services and functions through our easy-to-use Customer Portal and via an open, robust API.

The compatibility between SoftLayer and RightScale is probably pretty clear already, but if you needed another point to ponder, you can ruminate on the fact that we both share expertise and focus across a number of vertical markets. The official announcement of the SoftLayer and RightScale partnership will be particularly noteworthy and interesting in the Internet-based business and online gaming market segments.

It didn't take long to find an amazing customer success story that demonstrated the value of the new SoftLayer-RightScale partnership. Broken Bulb Game Studios — the developer of social games such as My Town, Braaains, Ninja Warz and Miscrits — is already harnessing the combined feature sets made possible by our partnership with RightScale to simplify its deployment process and scale to meet its customers' expectations as its games find audiences and growing favor on Facebook. Don't take our word for it, though ... Check out the Broken Bulb quote in today's press release announcing the partnership.

Broken Bulb and other developers of social games recognize the importance of getting concepts to market at breakneck speed. They also understand the critical importance of intelligently managing IT resources throughout a game's life cycle. What they want is fully automated control over computing resources so that they can be allocated dynamically and profitably in immediate response to market signals, and they're not alone.

Game developers of all sorts — and companies in a growing number of vertical markets — will need and want the same fundamental computing-infrastructure agility.

Our partnership with RightScale is only beginning. You're going to see some crazy innovation happening now that our cloud computing mad scientists are all working together.

SoftLayer is in the business of helping businesses scale. You need 1,000 cloud computing instances? We'll make sure our system can get them online in 10 minutes. You need to spin up some beefy dedicated servers loaded with dual 8-core Intel Xeon E5-2670 processors and high-capacity SSDs for a new application's I/O-intensive database? We'll get it online anywhere in the world in under four hours. Everywhere you look, you'll see examples of how we help our customers scale, but what you don't hear much about is how our operations team scales our infrastructure to ensure we can accommodate all of our customers' growth.

When we launch a new data center, there's usually a lot of fanfare. When AMS01 and SNG01 came online, we talked about the thousands of servers that are online and ready. We meet huge demand for servers on a daily basis, and that presents us with a challenge: What happens when the inventory of available servers starts dwindling?

Truck Day.

Truck Day not limited to a single day of the year (or even a single day in a given month) ... It's what we call any date our operations team sets for delivery and installation of new hardware. We communicate to all of our teams about the next Truck Day in each location so SLayers from every department can join the operations team in unboxing and preparing servers/racks for installation. The operations team gets more hands to speed up the unloading process, and every employee has an opportunity to get first-hand experience in how our data centers operate.

If you want a refresher course about what happens on a Truck Day, you can reference Sam Fleitman's "Truck Day Operations" blog, and if you want a peek into what it looks like, you can watch Truck Day at SR02.DAL05. I don't mean to make this post all about Truck Day, but Truck Day is instrumental in demonstrating the way SoftLayer scales our own infrastructure.

Let's say we install 1,000 servers to officially launch a new pod. Because each pod has slots for 5,000 servers, we have space/capacity for 3,000-4,000 more servers in the server room, so as soon as more server hardware becomes available, we'll order it and start preparing for our next Truck Day to supplement the pod's inventory. You'd be surprised how quickly 1,000 servers can be ordered, and because it's not very easy to overnight a pallet of servers, we have to take into account lead time and shipping speeds ... To accommodate our customers' growth, we have to stay one step ahead in our own growth.

This morning in a meeting, I saw a pretty phenomenal bullet that got me thinking about this topic:

Truck Day — 4/3 (All Sites): 2,673 Servers

In nine different data center facilities around the world, more than 2,500 servers were delivered, unboxed, racked and brought online. Last week. In one day.

Now I know the operations team wasn't looking for any kind of recognition ... They were just reporting that everything went as planned. Given the fact that an accomplishment like that is "just another day at SoftLayer" for those guys, they definitely deserve recognition for the amazing work they do. We host some of the most popular platforms, games and applications on the Internet, and the DC-Ops team plays a huge role in scaling SoftLayer so our customers can scale themselves.

I always think of Ford, Chevy and Toyota pick-up truck commercials when I think of load balancers. The selling points for trucks invariably boil down to performance, towing capacity and torque, and I've noticed that users evaluating IT network load balancers have a similar simplified focus.

The focus is always about high performance, scalability, failover protection and network optimization. When it comes to "performance," users are looking for reliable load balancing techniques — whether it be round robin, least connections, shortest response or persistent IP. Take one of the truck commericals and replace "towing capacity" with "connections per second" and "torque" with "application acceleration" or "SSL offloading," and you've got yourself one heck of a load balancer sales pitch.

SoftLayer's goal has always been to offer a variety of local and global load balancing options, and today, I get to announce that we're broadening that portfolio.

So what's new?

We've added the capability of SSL offloading to our shared load balancers and launched a dedicated load balancer option as well. These new additions to the product portfolio continue our efforts to make life easier on our customers as they build their own fully operational virtual data center.

What's so great about SSL offloading? It accelerates the processing of SSL encrypted websites and makes it easier to manage SSL certificates. Think of this as adding more torque to your environment, speeding up how quickly certs can be decrypted (coming in) and encrypted (heading out).

Up until now, SoftLayer has offered SSL at the server level. This requires multiple SSL certifications for each server or special certs that can be used on multiple servers. With SSL offloading, incoming traffic is decrypted at the load balancer, rather than at the server level, and the load balancer also encrypts outbound traffic. This means traffic is processed in one place — at the load balancer — rather than at multiple server locations sitting behind the load balancer.

With SoftLayer SSL offloading on shared load balancers, customers can start small with few connections and grow on the fly by adding more connections or moving to a dedicated load balancer. This makes it a breeze to deploy, manage, upgrade and scale.

What do the new load balance offerings look like in the product catalog? Here's a breakdown:

Shared Load Balancing

250 Connections with SSL

$99.99

500 Connections with SSL

$199.99

1000 Connections with SSL

$399.99

Dedicated Load Balancer

Standard with SSL

$999.00

I'm not sure if load balancing conjures up the same images for you of hauling freight or working on a construction site, but however you think about them, load balancers play an integral part in optimizing IT workloads and network performance ... They're doing the heavy lifting to help get the job done. If you're looking for a dedicated or shared load balancer solution, you know who to call.

Last week, I spent a few days at GDC in San Francisco, getting a glimpse into the latest games hitting the market. Game developers are a unique bunch, and that uniqueness goes beyond the unbelievable volume of NOS Energy Drinks they consume ... They like to test and push the IT envelope, making games more diverse, interactive and social.

The new crop of games showcased at GDC is more resource-intensive — it's almost like watching an IT arms race; they're upping the ante for all online gaming companies. The appetite from the public remains relentless, and the pay-off can be huge. Consider that gaming industry research firm DFC Intelligence predicts that worldwide market revenue generated solely from online games is set to reach $26.4 billion in 2015, more than double the $11.9 achieved in 2009.

That's where SoftLayer comes in. We understand the high stakes in the gaming world and have tailored our IaaS offerings for an optimal end-user experience that stretches from initial release to everyday play. Take a look at what game developer OMGPOP (a SoftLayer customer) achieved with Draw Something: Almost overnight it became the #1 application in Apple's App Store, tallying more than 26 million downloads in just a few weeks. To put the volume of gameplay into perspective, the game itself is generating more than 30 hours of drawings per second. That's what what we refer to as "Internet Scale." When YouTube hit one hour of video uploads per second, they came up with a pretty impressive presentation to talk about that scale ... and that's only one hour per second.

Gamers require a high-performance, always on, graphically attractive and quick-responding experience. If they don't get that experience, they move on to the next game that can give it to them. With our core strengths of automation and extensive network reach, game developers come to us to easily enable that experience, and in return, they get a platform where they can develop, test, deploy and yes, play their latest games. True "Internet Scale" with easy consumptive billing ... Get in and out quickly, and use only what you need.

Some of the most interesting and innovative use cases of how customers take advantage of our platform come from the gaming industry. Because we make it easy to rapidly provision resources (deploy dedicated servers in less than two hours and cloud servers in as few as five minutes) in an automated way (our API), many developers have started incorporating cloud-like functions into their games and applications that add dedicated resources to their infrastructure on-demand as you'd only expect to see in a virtual environment. Now that Flex Images are available, we're expecting to see a lot more of that.

As I was speaking with a few customers on the show floor, I was amazed to hear how passionate they were about what one called the "secret ingredient" at SoftLayer: Our network. He talked about his trials and tribulations in delivering global reach and performance before he transitioned his infrastructure to SoftLayer, and hearing what our high-bandwidth and low-latency architecture has meant for his games was an affirmation for all of the work we've put into creating (and continuing to build) the network.

The rapid pace of innovation and change that keeps the gaming industry going is almost electric ... When you walk into a room filled with game developers, their energy is contagious. We ended GDC with an opportunity to do just that. We were proud to sponsor a launch party for our friends at East Side Game Studios as the celebrated the release of two new games — Zombinis and Ruby Skies. Since their NomNom Combo puzzle game is one of the most addicting games on my iPhone, it was a no-brainer to hook up with them at GDC. If you want a peek into the party, check out our GDC photo album on Facebook.

To give you an idea of how much the gaming culture permeates the SoftLayer offices, I need only point out a graffiti mural on one of the walls in our HQ office in Dallas. Because we sometimes get nostalgic for the days of misspent youth in video arcades playing Pac Man, Donkey Kong and Super Mario, we incorporated those iconic games in a piece of artwork in our office:

If you are an aspiring game developer, we'd like to hear from you and help enable the next Internet gaming sensation ... Having a good amount of experience with our existing customer base should assure you that we know what we're talking about. For now, though, it's my turn to go "Draw Something."

As far back as I can remember, I hated homework. Homework was cutting into MY time as a kid, then teenager, then young adult ... and since I am still a "young adult," that's where I have to stop my list. One of the unfortunate realizations that I've come to in my "young adult" life is that homework can be a good thing. I know that sounds crazy, so I've come prepared with a couple of examples:

The Growing Small Business Example
You run a small Internet business, and you've been slowly growing over the years until suddenly you get your product/service mix just right and a wave of customers are beating down the door ... or in your case, they're beating down your website. The excitement of the surge in business is quickly replaced by panic, and you find yourself searching for cheap web servers that can be provisioned quickly. You find one that looks legit and you buy a dozen new dedicated servers and some cloud storage.

You alert your customers of the maintenance window and spend the weekend migrating and your now-valuable site to the new infrastructure. On Monday, you get the new site tuned and ready, and you hit the "go" button. Your customers are back, flocking to the site again, and all is golden. As the site gains more traffic over the next couple of weeks, you start to see some network lag and some interesting issues with hardware. You see a thread or two in the social media world about your new shiny site becoming slow and cumbersome, and you look at the network graphs where you notice there are some capacity issues with your provider.

Frustrated, you do a little "homework," and you find out that the cheap service provider you chose has a sketchy history and many complaints about the quality of their network. As a result, you go on a new search for a hosting provider with good reviews, and you have to hang another maintenance sign while you do all the hard work behind the scenes once again. Not doing your homework before making the switch in this case probably cost you a good amount of sleep, some valuable business, and the quality of service you wanted to provide your customers.

The Compliance-Focused Example
I still live, eat, and breathe compliance for SoftLayer, and we had an eye-opening experience when sorting through the many compliance differences. As you probably recall (Skinson 1634AR15), I feel like everyone should agree to an all-inclusive compliance model and stick to just that one, but that feeling hasn't caught on anywhere outside of our office.

In 2011, SoftLayer ramped up some of our compliance efforts and started planning for 2012. With all the differences in how compliance processes for things like FISMA, HIPAA, PCI Level 1 - 4, SSAE16, SOC 1 and SOC2 are measured, it was tough to work on one without affecting another. We were working with a few different vendors, if we flipped "Switch A," Auditor #1 was happy. When we told Auditor #2 that we flipped "Switch A," they hated it so much they almost started crying. It started to become the good ol' "our way is not just the better way, it's the only way" scenario.

So what did we do? Homework! We spent the last six months looking at all the compliances and mapping them against each other. Surprisingly enough, we started noticing a lot of similarities. From there, we started interviewing auditing and compliance firms and finally found one that was ahead of us in the similarity game and already had a matrix of similarities and best practices that affect most (if not all) of the compliances we wanted to focus on.

Not only did a little homework save us a ton of cash in the long run, it saved the small trees and bushes under the offices of our compliance department from the bodies that would inevitably crash down on them when we all scampered away from the chaos and confusion seemingly inherent in pursuing multiple difference compliances at the same time.

The moral of the story: Kiddos, do your homework. It really is good for something, we promise.

It’s the holiday season, and that means everyone is getting busier. On top of all the existing responsibilities, millions of people are going shopping for gifts, decorating their houses, and navigating the bad weather. On top of all that, many people take their time off during the holiday season!

With this kind of time crunch, it’s best for your business to lie low until after the new year, right? Not so! With all this buying, selling, and giving going on, there’s a lot of extra retail data to process. Plus, it’s the end of the calendar year, many businesses have to get their finances in order too. ALSO, all these newly purchased electronic devices are soon going to be turned on and hooked up to the Internet, where they will almost surely put a new load on your servers.

Systems and network administrators need to be prepared for this influx of new traffic. Sometimes, this means purchasing new servers. However, it’s inefficient to buy the servers so far in advance when you don’t yet know what you will need. It’s best to wait until you’re sure you will need more servers and how many to order. At another hosting company, that would be a problem. People in our industry take the holidays off, too. Lowering the number of sales people and technicians and raising the number of new server requests would normally result in a disaster.

Luckily, SoftLayer does automatic provisioning. As soon as you order your server, it will be provisioned in two to four hours. Day or night, June 3rd or December 31st, if we have it, you can have control over it in two to four hours.

And therein lies the beauty of the SoftLayer system. You don’t have to wait for US to scale your business. If you need another server, get it. When it’s ready, it will automatically be added to your account’s private network and be available to you. You can even automate your server configuration and setup. Depending on the amount of data you need to transfer to a new server, you can have another server up and running your website less than 5 hours from the time you realized you needed it.

In fact, by using the SoftLayer API (and some clever configuration scripts on your servers) you can do live scaling on your website. Using the API, you can provision new servers exactly like the ones you already have. Once they’re available, a script can mirror the configurations from an existing machine to the new machine. Use the SoftLayer API once more to add the new servers to your load balancer rotation, and you’re in business! All without relying on any humans, even yourself! Treat yourself to some R&R this holiday season, while your website continues to get things done for you.